Development of a digital shirography device

M. Burkov
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Abstract

A model of a digital shirography device is presented, which will increase the speed of non-destructive testing in real time (with the frequency of video image registration). The device allows you to explore large areas in one pass while maintaining the same spatial resolution. With the use of specialized lenses (the universal design of the device allows the use of a wide range of lenses), the device will also allow solving research tasks that require high accuracy and resolution values. The advantage of the device being developed is the possibility of flexible adaptation of the optical circuit and software for the needs of a specific customer, which is impossible when buying a ready-made complex from foreign manufacturers.
数字影印装置的研制
提出了一种提高实时无损检测速度(随视频图像配准频率增加)的数字影印装置模型。该设备允许您在一次通过中探索大面积区域,同时保持相同的空间分辨率。通过使用专用镜头(该设备的通用设计允许使用广泛的镜头),该设备还将允许解决需要高精度和分辨率值的研究任务。正在开发的设备的优点是可以灵活地调整光学电路和软件,以满足特定客户的需求,这在从外国制造商购买现成的复杂设备时是不可能的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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